CA16129_OLGA-W Optoelectronics

CA16129_OLGA-W is an optical lens, whose application and working principle have unique advantages in areas such as high power laser, sensing, medical imaging, imaging and communications.

CA16129_OLGA-W enables the focusing of the laser beam by means of its distinctive design. It has a wide vertical field of view, allowing for accurate targeting. Additionally, the distortion from refractive elements is minimized, achieving higher imaging details.

The principle of CA16129_OLGA-W is based on the physical property of refraction. When light waves pass through any medium, such as a lens, they are bent due to variations in the index of refraction for different media. CA16129_OLGA-W uses this principle to control the direction of light to increase or decrease the fluence, depending on the application.

The unique design of CA16129_OLGA-W allows it to act as a plano-convex cylindrical lens. It consists of two refracting surfaces: one concave and one convex. The concave surface works to refract the light passing through the lens and the convex surface helps to change the direction of the light beam.

The CA16129_OLGA-W lens is made of optical grade fused silica substrate, and its light transmission property is optimized with special antireflection coating. This makes it suitable for a variety of applications, such as laser sensing for flow measurement in medical imaging, high power laser, imaging and optical communications.

Due to its unique design and features, CA16129_OLGA-W has a wide range of applications. Its wide vertical field of view allows for accurate targeting and maximum fluence in medical imaging. Additionally, its antireflection coating allows for the minimization of distortion for high power laser applications. Furthermore, due to its cylindrical lens design, it can be used for imaging and optical communications.

In conclusion, CA16129_OLGA-W is an optical lens with a unique design and technology that can be used in a wide range of applications in areas such as medical imaging, high power laser, imaging and optical communications. Its remarkable design and features enable it to focus the laser beam for accurate targeting and high fluence, as well as minimize distortion for high power laser applications, while its antireflection coating makes it suitable for imaging and optical communications.